The boundary between two air masses is called a front. A warm front develops when a warm air mass pushes against a cold air mass. Rain usually occurs in a warm front and if temperature is low enough, snow falls.
Yes. If a warm air mass moves into a cold air mass it creates a warm front. When the opposite happens it forms a cold front.
when 2 air masses combine the colder one is forced under the warmer one because of density differences. there are usually thunderstorms on fronts
Stationary Front
* The point where these two air masses meet is called a front. * If cold air advances and pushes away the warm air, it forms a cold front. * When warm air advances, it rides up over the denser, cold air mass to form a warm front. * If neither air mass advances, it forms a stationary front.
a star with 2-3 stellar masses would become a red supergiant then a supernova and then become a neutron star.
A front forms when 2 air masses meet.
A "front".
A boundary between 2 air masses of different density moisture or temperature is a front.
Rainy unsettled weather forms when two air fronts meet each other. One air front is usually cold air and the other has warmer air. When these air masses meet head on it is likely there will be a thunderstorm.
Yes. If a warm air mass moves into a cold air mass it creates a warm front. When the opposite happens it forms a cold front.
OK first of all I know you guys have got this question from K12.But anyway here is the answer:Sometimes warm air masses can get caught between 2 cold fronts which can for
i dont know
temperature and mostiure
it depends what two elements are colliding
when 2 air masses combine the colder one is forced under the warmer one because of density differences. there are usually thunderstorms on fronts
One of it is continental polar(cP)
Most tornadoes form in thunderstorms. When the cT and cP air masses meet they create instability in the atmosphere. As the cT air mass start to go up the cP air mass (basically the air) within the updraft tilts the circulating air from horizontal to vertical. The area of the rotation can be 2-6 miles wide and can extend through out the storm.